This project aims to develop a supercapacitor-based bicycle designed to enhance riding comfort by providing supplemental power during the pedal rotation dead zone. Cyclists commonly experience discomfort and inefficiency due to power loss at these po
This project, InDyslexiCare, aims to develop an interactive assistive system to support dyslexic students in Indic languages, starting with Kannada and Manipuri. Given that 10–15% of Indian children are estimated to have dyslexia, early interventio
This project proposes a comprehensive health monitoring system that tracks both physical and cognitive well-being, offering users actionable insights for improvement. Unlike existing wearable devices that focus on limited health metrics, our approach
This research addresses critical portability, affordability, and scalability challenges in neuroimaging by advancing low-cost modalities such as EEG and fNIRS. Specifically, to enhance EEG spatial resolution by integrating fNIRS data, improve fNIRS s
This project employs Augmented Reality (AR), Virtual Reality (VR), and AI-driven interactive narratives to digitally recreate and enhance visitor experiences, restoring the splendour of monuments like Kangra Fort and Jwala Devi. Through immersive sto
This project develops an AI system powered by Large Language Models for streamlining the process of analyzing and managing legal cases available in pdf/html format. This system aims to provide accessible legal counselling to the general public, gener
This project, "Path Rakshak," addresses the urgent need for enhancing public bus safety in India through real-time driver alertness monitoring, particularly during long-distance and nighttime travel. Initially focusing on driver monitoring, we collec
The objective of the submitted proposal is to develop a state-of-the-art low cost mobile robotic system, which can navigate in a clutter/unstructured warehouse environment to perform certain envisaged applications [like sorting/searching, interventio
One of the most important technologies required to develop for effective human-robot interactions in the industries and elsewhere is intelligent grasping where robots can learn how to grasp objects skilfully, the way humans learn. Hence, through the
The objective is to design robotic systems with associated intelligence which can assist doctors to provide critical treatments to patients or can be deployed inside the hospital wards to assist health personnel.
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